Quantum field theory lecture by Tobias Osborne (2017) Lecture 4 Updated 2025-06-17 +Created 1970-01-01
- quantization. Uses a more or less standard way to guess the quantized system from the classical one using Hamiltonian mechanics.
- youtu.be/fnMcaq6QqTY?t=1179 remembers how to solve the non-field quantum harmonic oscillator
- youtu.be/fnMcaq6QqTY?t=2008 puts hats on everything to make the field version of things. With the Klein-Gordon equation Hamiltonian, everything is analogous to the harmonic oscilator
Quantum field theory lecture by Tobias Osborne (2017) Lecture 8 Updated 2025-06-17 +Created 1970-01-01
Quantum field theory lecture by Tobias Osborne (2017) Lecture 9 Updated 2025-06-17 +Created 1970-01-01
Spike.
Nucleocapsid phosphoprotein, sticks to the RNA inside.
www.nature.com/articles/s41467-020-20768-y mentions functions:
DRAM is often shortened to just random-access memory.
Bibliography:
Quantum field theory lecture by Tobias Osborne (2017) Lecture 14 Updated 2025-06-17 +Created 1970-01-01
Quantum field theory lecture by Tobias Osborne (2017) Lecture 2 Updated 2025-06-17 +Created 1970-01-01
- the advantage of using Lagrangian mechanics instead of directly trying to work out the equations of motion is that it is easier to guess the Lagrangian correctly, while still imposing some fundamental constraints
- youtu.be/bTcFOE5vpOA?list=PLDfPUNusx1EpRs-wku83aqYSKfR5fFmfS&t=3375
- Lagrangian mechanics is better for path integral formulation. But the mathematics of that is fuzzy, so not going in that path.
- Hamiltonian mechanics is better for non-path integral formulation
- youtu.be/bTcFOE5vpOA?list=PLDfPUNusx1EpRs-wku83aqYSKfR5fFmfS&t=3449 Hamiltonian formalism requires finding conjugate pairs, and doing a
Has Serial wire debug debug. Why would you ever get one without unless you are a clueless newbie like Ciro Santilli?!?!
There are unlisted articles, also show them or only show them.